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Pall Corporation offers a comprehensive portfolio of advanced medical filtration devices and microporous materials with robust performance characteristics and documented quality compliance. Our technical experts will help you find the best medical filtration components to satisfy your product application requirements. Combining extensive membrane manufacturing capabilities with advanced medical engineering and design expertise, Pall can create unique and reliable solutions for your specific application needs. Our adherence to internationally recognized quality and six sigma principles assure consistent lot-to-lot performance and compliance with global industry standards.

 

Advantages of Pall Membranes

 

  • Comprehensive selection of microporous materials
  • Wide range of performance and design characteristics
  • Compatibility with most commonly used device assembly and sealing technologies
  • Compatibility with multiple sterilization methods
  • Validated particle-retention efficiency
  • Documented compliance with international medical standards


Advantages of Pall Devices

  • Multiple device configurations and customization options
  • Available in broad range of pore sizes and filtration capacities
  • Manufactured to exacting specifications and strict quality standards
  • Documented compliance with international medical standards
  • Robust lot-to-lot consistency

IV Administration

In-line membrane filters are widely used in medication and fluid delivery applications for the removal of air, particles, bacteria, and aggregates or precipitates that may result from handling, reconstituting or compounding of medications and IV fluids as well as during administration of drug combination therapies. Pall's comprehensive portfolio of in-line filtration devices incorporate our advanced medical-grade membranes. All components and materials of construction in Pall’s IV filtration devices meet the required biosafety, compatibility, toxicity and relevant internationally recognized standards necessary for medical device development programs.
In-line membrane filters are widely used in medication and fluid delivery applications for the removal of air, particles, bacteria, and aggregates or precipitates that may result from handling, reconstituting or compounding of medications and IV fluids as well as during administration of drug combination therapies. Pall's comprehensive portfolio of in-line filtration devices incorporate our advanced medical-grade membranes. All components and materials of construction in Pall’s IV filtration devices meet the required biosafety, compatibility, toxicity and relevant internationally recognized standards necessary for medical device development programs.
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Venting

Filtration devices containing hydrophobic membranes and other microporous materials are commonly used as liquid and contaminant barriers in medical instruments and systems. They are highly effective at protecting patients and medical staff from exposure to airborne contaminants and at keeping potentially infectious aerosols, particles and liquids from reaching sensitive and valuable medical equipment. Pall air and gas filters are capable of removing bacteria, viruses and other contaminants in a variety of healthcare applications including insufflation, blood oxygenation, oxygen concentration, nebulized medication delivery, smoke evacuation and general suction/vacuum protection.
Filtration devices containing hydrophobic membranes and other microporous materials are commonly used as liquid and contaminant barriers in medical instruments and systems. They are highly effective at protecting patients and medical staff from exposure to airborne contaminants and at keeping potentially infectious aerosols, particles and liquids from reaching sensitive and valuable medical equipment. Pall air and gas filters are capable of removing bacteria, viruses and other contaminants in a variety of healthcare applications including insufflation, blood oxygenation, oxygen concentration, nebulized medication delivery, smoke evacuation and general suction/vacuum protection.
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Regional Anesthesia

The use of in-line filtration devices helps in preventing such contaminants as glass and rubber particles, as well as aggregated and/or precipitated drugs from reaching patients. This helps safeguard the intended clinical outcome and reduce the risk of complications. Bacteria-retentive membrane devices have been shown to provide an effective barrier against microorganisms that may be inadvertently introduced during preparation, handling and administration of pain control medication.
The use of in-line filtration devices helps in preventing such contaminants as glass and rubber particles, as well as aggregated and/or precipitated drugs from reaching patients. This helps safeguard the intended clinical outcome and reduce the risk of complications. Bacteria-retentive membrane devices have been shown to provide an effective barrier against microorganisms that may be inadvertently introduced during preparation, handling and administration of pain control medication.
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Apheresis

During apheresis procedures, patient or donor blood is processed through sophisticated equipment and extracorporeal tubing system and involves the infusion of a large volume of replacement fluid. Pall in-line fluid and vent filters are used by global apheresis equipment manufacturers to reduce the risk of particle and bacterial contamination and remove air in the replacement fluid and anticoagulant lines.
During apheresis procedures, patient or donor blood is processed through sophisticated equipment and extracorporeal tubing system and involves the infusion of a large volume of replacement fluid. Pall in-line fluid and vent filters are used by global apheresis equipment manufacturers to reduce the risk of particle and bacterial contamination and remove air in the replacement fluid and anticoagulant lines.
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Dialysis

With increasing adoption of home dialysis and portable dialysis treatment methods, equipment manufacturers and service provides need compact filtration devices that can offer robust, reliable performance. Through the expert application of its advanced filtration technology and device engineering capabilities, Pall is able to develop innovative, enabling solutions that offer reliable performance and extended service life.
With increasing adoption of home dialysis and portable dialysis treatment methods, equipment manufacturers and service provides need compact filtration devices that can offer robust, reliable performance. Through the expert application of its advanced filtration technology and device engineering capabilities, Pall is able to develop innovative, enabling solutions that offer reliable performance and extended service life.
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Gas Filtration

During minimally invasive surgeries such as laparoscopic procedures, the use modern surgical tools can lead to build up of smoke in the peritoneal cavity, blocking the surgeon’s field of vision and creating surgical smoke exposure hazards for the staff. Pall gas filtration and smoke evacuation devices help maintain the surgical field smoke-free and reduce the risk of exposure to potentially harmful contaminants such as particles and bacteria from medical gases and cells, virus, and noxious chemicals from surgical smoke, protecting the patient and the surgical team.
During minimally invasive surgeries such as laparoscopic procedures, the use modern surgical tools can lead to build up of smoke in the peritoneal cavity, blocking the surgeon’s field of vision and creating surgical smoke exposure hazards for the staff. Pall gas filtration and smoke evacuation devices help maintain the surgical field smoke-free and reduce the risk of exposure to potentially harmful contaminants such as particles and bacteria from medical gases and cells, virus, and noxious chemicals from surgical smoke, protecting the patient and the surgical team.
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